PhD: Silicon Spin Qubits & Hybrid Spin-Valley Qudits

COFUND QuanG; France; Sur place; EUR 20 000 - 27 000; Plein temps

Résumé du poste

COFUND QuanG in France invites applications for a PhD project focused on silicon spin qubits and hybrid spin-valley systems in semiconductor quantum dots. The PhD aims to develop spin qubits with gate-based readout and to explore multi-level quantum architectures for information processing.

The project includes a secondment at the University of Sherbrooke (Canada) and requires close collaboration using cryogenic experiments and microwave control techniques to enable coherent qubit operations.

Qualifications

• Master’s degree or equivalent by deadline and must not hold a doctoral degree.
• Must comply with MSCA mobility rule: <12 months in France in the last 36 months.
• Background in quantum physics/condensed matter/nanoscience or quantum engineering; strong interest in experimental quantum computing.

Responsabilités

• Develop silicon spin qubits and study spin-valley coupling in quantum dots.
• Optimize spin readout and qubit control procedures.
• Collaborate with Université Grenoble Alpes and University of Sherbrooke (Canada) during secondment.
• Investigate implementation of hybrid multi-level quantum systems (qudits) using spin-valley states.

Connaissances

Python programming

International collaboration

Experimental quantum computing

Strong physics background

Teamwork

Formation

Master’s degree or equivalent

Outils

Cryogenic measurements

Microwave electronics

Semiconductor devices

Description du poste

COFUND QuanG in France invites applications for a PhD project focused on silicon spin qubits and hybrid spin-valley systems in semiconductor quantum dots. The PhD aims to develop spin qubits with gate-based readout and to explore multi-level quantum architectures for information processing.

The project includes a secondment at the University of Sherbrooke (Canada) and requires close collaboration using cryogenic experiments and microwave control techniques to enable coherent qubit operations.